Orbis - DOTS Terrains

❗️ IMPORTANT ❗️ - This asset will only works with DOTS projects built with the Entities 1.4 package (currently using 1.4.4). It cannot work with regular Unity projects built without DOTS and ECS. This means that any colliders or interactions with the terrain will only work with entities, not gameobjects - Designed with Unity 6.3 LTS. Other versions might work, but aren't official supported. - Support does not cover how to work with DOTS in general, or how to create online games in general. Features: - Render Flat, Spherical and Cylindrical Terrains - Can be Heightmap-based on procedurally generated - Custom Inspector, for easy configuration - Live medium-res in-editor preview - Physics collider generation on demand - Blazing fast, all computationally demanding tasks are executed in burst-compiled jobs. - Jobs are run in the background, and will never block the main thread - Runtime scattering of vegetation across terrains, will be streamed in and out based on the camera position - Different biomes, can be supplied via biome maps or be procedurally generated - Includes origin shifting system to allow the creation of huge worlds - Extensive documentation - Example shaders and materials for flat and spherical terrain, and atmospheric effects (SRP only) - Use any number of terrains in the same scene, and terrains can be any size - Works with different terrains shaders. Has a compatibility mode for MicroSplat's "Mesh Workflow". Target users: This asset is targeted at experienced programmers who are willing to work with DOTS, and willing to work with a tech stack that is still new. Before you buy, you must familiarize yourself with what DOTS is, and how ECS programming works. It is completely different from regular Monobehaviour programming in Unity. Samples: Orbis comes with sample scenes for a flat terrain and spherical terrains, and also includes shaders, textures, materials and foliage prefabs for those terrains (shaders are shader-graph based and will only work with SRP-based Projects, such as URP or HDRP, atmosphere shaders will not work in HDRP). The sample scenes demonstrate the runtime quadtree LOD, with modifications at runtime, physics collider generation and runtime modifications. The planet sample scene includes multiple planets, both heightmap-based and procedurally generated. [Demos][Getting Started][Homepage][Forum Thread] Contact: orbis.terrains@gmail.com